Activa JavaScript para disfrutar de los vídeos de la Mediateca.
Program Hands On Activity - Contenido educativo
Ajuste de pantallaEl ajuste de pantalla se aprecia al ver el vídeo en pantalla completa. Elige la presentación que más te guste:
Second segment of Rocket to the Stars contains a preview of the Program's Hands on Activity which allows students to investigate the relationship between height a marble is released and distance a milk carton will travel once the marble hits the milk carton.
The NASA Explorer School students from Martinsville Middle School in Martinsville, Virginia, will
00:00:00
preview this program's hands-on activity.
00:00:08
Hi.
00:00:11
NASA Connect asked us to show you this program's hands-on activity.
00:00:12
In this activity, students will do an inquiry investigation on the relationship between
00:00:18
the height from which a marble on a ramp is released and the distance a milk carton at
00:00:23
the end of the ramp is moved along the floor after the ball collides with the carton.
00:00:27
You can download a copy of the Educator's Guide from the NASA Connect website for directions
00:00:32
and a list of materials.
00:00:36
Before you start the activity, your teacher will ask you to answer and discuss several
00:00:39
critical thinking questions based on the experimental setup.
00:00:45
Set up the ramp by using tape to mark one end 0.7 meters high and place an empty milk
00:00:50
carton at the other end of the ramp so that it will catch the marble after it rolls down
00:00:57
the ramp.
00:01:01
You will roll a marble from five different measured heights.
00:01:02
Line up a meter stick on the floor along the distance that the milk carton will travel
00:01:07
after being hit by the marble.
00:01:12
Starting at the first height marked on the ramp, release the marble down the ramp.
00:01:16
On the data collection chart under Trial 1, record the linear distance that the milk
00:01:21
carton travels after the marble hit it.
00:01:27
You will conduct four more trials.
00:01:31
Record the distance the milk carton travels.
00:01:35
Calculate and record the average distance the milk carton traveled.
00:01:38
Continue the experiment by increasing the height from which you drop the marble by 0.1
00:01:44
meter each time.
00:01:50
Students will analyze their data by calculating the potential energy that the marble has at
00:01:52
each height and the kinetic energy that the marble has at the end of each roll.
00:01:58
Now is your chance to put your algebra skills to the test.
00:02:04
Keep in mind that for this activity, you will need to ignore energy lost because of friction.
00:02:08
Based on the data you collect, you will graphically show the relationship between the height from
00:02:16
which the marble is dropped and the distance the carton is moved.
00:02:22
From the graph, select another designated height and predict how far the milk carton
00:02:28
will move if the marble is released.
00:02:33
Go ahead and test your prediction.
00:02:35
Were you correct?
00:02:38
Don't forget to check out the web activity for this program.
00:02:39
You can download it from the NASA Connect website.
00:02:44
- Valoración:
- Eres el primero. Inicia sesión para valorar el vídeo.
- 1
- 2
- 3
- 4
- 5
- Idioma/s:
- Materias:
- Matemáticas
- Niveles educativos:
- ▼ Mostrar / ocultar niveles
- Nivel Intermedio
- Autor/es:
- NASA LaRC Office of Education
- Subido por:
- EducaMadrid
- Licencia:
- Reconocimiento - No comercial - Sin obra derivada
- Visualizaciones:
- 538
- Fecha:
- 28 de mayo de 2007 - 16:54
- Visibilidad:
- Público
- Enlace Relacionado:
- NASAs center for distance learning
- Duración:
- 02′ 47″
- Relación de aspecto:
- 4:3 Hasta 2009 fue el estándar utilizado en la televisión PAL; muchas pantallas de ordenador y televisores usan este estándar, erróneamente llamado cuadrado, cuando en la realidad es rectangular o wide.
- Resolución:
- 480x360 píxeles
- Tamaño:
- 16.82 MBytes